1-Octanol

FTIR Analysis of Products Derived from Wood Liquefaction with 1-Octanol

木材正辛醇液化产物的红外光谱分析

Estimation of pesticides partition coefficient in 1-octanol / water system by using fragment constants and structural factors method

利用碎片常数和结构因子法估测农药在正辛醇/水相中的分配系数

Extraction behaviors of phenol in dilute solution by 1-octanol

正辛醇萃取苯酚稀溶液的特性研究

Micro-morphology of liquid-vapor interface of lithium bromide aqueous solution added with 1-octanol

添加正辛醇的溴化锂水溶液汽液界面微观形态

Determination of the 1-octanol / water partition coefficients of nitro-PAH

硝基多环芳烃的正辛醇-水分配系数

Study on synthesis of Mg / Al complex oxide and its catalysis to narrow-range distribution of 1-octanol polyethers

Mg/Al复合氧化物的合成及其催化窄分布聚醚合成研究

Aerobic one-pot oxidation of 1-octanol to octanoic acid

一步法催化氧化正辛醇生成正辛酸

For a single absorption cycling , the additives 2-EH and 1-Octanol with a suitable concentration range might enhance the heat and mass transfer .

对于单个气泡而言，在一定浓度范围内，添加剂正辛醇和异辛醇可以强化鼓泡吸收。

The solubility of the 10 kind of benzoic derivatives in water and in 1-octanol were determined separately during the temperature range of 20-50 ℃ .

在20-50℃温度范围内，分别测定了10种苯甲酸类化合物在水、正辛醇中的溶解度数据。

Firstly β elimination from 1-octanol to octanal and later radical process from octanal to octanoic acid were plausible reaction mechanism .

该反应的机理为首先从正辛醇到辛醛的β消除，随后从辛醛到正辛酸的自由基历程。

2-ethyl-1-hexanol ( 2EH ) and 1-octanol are the surfactants widely used in absorption refrigerator or heat pump using water / Lithium bromide as working fluids .

目前在溴化锂吸收式制冷机/热泵中被广泛采用的界面活性剂是2-ethyl-1-hexanol（2EH）和1-octanol。

Highly efficient heterogeneous one-pot oxidation from 1-octanol to octanoic acid using molecular oxygen as a sole oxidant with Ru-Co ( OH ) _2-CeO_2 catalyst was developed .

开发了利用分子氧作为惟一氧化剂、高效一步法氧化正辛醇到辛酸的固体RuCo（OH）2CeO2催化剂。

The result of cross-flow extraction for industrial effluent with 1-octanol and 30 % TBP / kerosene respectively showed that 1-octanol is the suitable solvent for industrial effluent treatment using a single extraction method .

同时，正辛醇、TBP处理工业含酚废水的错流萃取实验表明，若考虑通过单一的萃取方法使得废水中苯酚的浓度达到国家排放标准（0.5mgL-1），正辛醇为适宜的萃取剂。

By taking four kinds of quaternary ammonium salts as the phase transfer catalysts , octyl glycidyl ether have been prepared directly form 1-octanol and epichloro-hydrin , and the reaction mechanism is studied primitively .

利用4种具有不同结构的季铵化合物作为相转移催化剂，以正辛醇和环氧氯丙烷为原料一步合成了辛基缩水甘油醚，并对其反应机理作了初步研究。

Triton X-10 / 1-octanol / cyclohexane / water ( or ammonia aqueous solution ) W / O microemulsion system was prepared , and the relationship between the property of microemulsions and the water content was studied .

制备TritonX&10/正辛醇/环己烷/水（或氨水）油包水（W/O）型微乳液，讨论了微乳液相关性质与含水量的关系；

Oxyethylation rate of ethylene oxide and 1-octanol increased along with increasing of reaction temperature , initial pressure and catalyst dosage . Ethoxylates with narrow-range distribution of relative molecular mass were synthesized on mesoporous iron oxide catalyst .

将介孔氧化铁用于催化正辛醇乙氧基化反应，研究结果表明，升高反应温度和初始压力、增加催化剂用量，可加快环氧乙烷的反应速率，同时产物的相对分子质量分布较窄。

The 2-Nitrobenzoic with the purity of 99 % ( w.t. ) was separated by solvent extraction with 50 % ( v / v ) 1-octanol and 50 % ( v / v ) toluene as the extraction solvents , and the yield was 77 % .

采用溶剂萃取法，以正辛醇-甲苯为萃取剂分离得到纯度为99%的邻硝基苯甲酸，收率为77%。